[en] While indicating some characteristics of awarded projects, a first article outlines the asset represented by large thermal solar installations used for heat networks. A second article presents the first world thermal solar plant on trackers developed by the NewHeat company on the property of a paper mill (the so-produced energy is sold to the industrial): it should produce nearly 4.000 MWh/year. The operation and the financing process are briefly described. The next article outlines that a previous thermal French regulation (RT 2012) did not support the development of solar thermal in the building sector, but that the new energy regulation (RE 2020) could change the deal. It also indicates the elaboration process of this RE 2020 and requirements for each energy level and carbon. An article comments the development strategy implemented for heat networks by the Rouen metropole. This comprises conversion, extension or creation of such networks. Financing issues are also evoked. The last article addresses a call for projects on new emerging technologies (AAP NTE) in the field of renewable heat (production of renewable energy based on the use of solar energy, biomass, geothermal energy, and on the valorisation of unavoidable heat. SWAC systems (Sea Water Air Conditioning) and the warm water loop process are briefly presented

[en] After an interview which discusses the favourable assessment of the Heat Fund operation in 2019 (evolution of numbers of projects, of new installations, of renewable and recoverable energy production), an article comments actions and investments undertaken by the Kimberly-Clark plant in Villey-Saint-Etienne to reduce its environmental impact, notably through the recovery of the unavoidable heat in its atmospheric releases. The next article presents an innovating platform designed as an outlet for the heat of an energetic valorisation centre, and as a supply of the heat network of the urban community of Dunkirk. A methanisation project involving 12 farms in Saone-et-Loire is presented, and then the development by Gazteam Energie of a methanisation unit based on the continuous dry process. Then, in order to illustrate the development of the solar thermal sector, an article outlines the better support awarded to this sector by the Heat Fund, and another one outlines that a call for projects in 2019 concerned large thermal installations. The practice of long-term leasing of solar thermal installations by Eklo Invest in the Oleron island is then commented, and the example of a solar thermal installation for domestic water heating in a social housing building in Marseille is presented

[en] A set of article proposes an overview of different possibilities and realisations of renewable heat production. More precisely, it proposes an interview about the development of the installation of heat pumps on a probe field and of geothermal temperate water loop, the presentation of an innovative geothermal drilling site which aims at the use of deep geothermal energy to feed an urban heat network, the example of a retirement residence which is supplied with heat by a field of vertical probes and solar thermal panels (an example of geothermal energy in small building projects), an interview of representative of the ADEME about the increasing number of projects of methanization installations requesting a financial support from the Heat Fund (discussion of their typology, criteria of selection of projects), an example of a farm-based methanization project which has been well technically and economically managed and could have been quickly developed, an interview of a regional representative in charge of biomass projects who comments the development of projects comprising an injection dimension, the development of a solar plant by a small city, and the example of a project of construction of a solar plant to supply an industrial site with energy (this plant will be the first in Europe and third in the world regarding its surface)

[en] As a revival of the thermal solar sector could occur in relationship with the development of heat networks, this publication proposes an overview of the sector situation. The articles notably outline the competitive and reliable feature of this technology which also provides performance guarantees, propose an overview of existing sensor technologies, highlight the introduction of this technology in several heat networks in France, shed a light on the leadership position of Denmark (with its numerous solar heat networks) and on the developments in other countries, report an analysis of 15 solar heat projects in France in terms of technologies, more precisely present some French installations (in Limeil-Brevannes, Issoudun, Lardin-Saint-Lazare, Saint-Christol-d'Albion, Chateaubriant, and Merville), present the ADEME's call for project as an indispensable financial lever, and discuss various aspects of the sector structuring (keys for a successful project, overview of involved actors, case of large installations, thermal solar cooling is lagging behind, ecological taxing and Corporate Social Responsibility policy as still weak tools)

[en] Illustrated by many maps, graphs and tables, this publication proposes a rather detailed overview of the status and development (production and location, employment, sector turnover, market and tariffs) of the different electricity-producing renewable energies: wind energy, photovoltaic energy, hydraulic energy, solid biomass, biogas, renewable urban wastes, geothermal energy, marine energies). This issue includes a chapter on the Regional plan for land use and sustainable development (sraddet), and a regional overview of the different electricity-producing renewable sectors. A focus is proposed for each French region.

[en] Illustrated by many maps, graphs and tables, this publication proposes a rather detailed overview of the status and development (production and location, employment, sector turnover, market and tariffs) of the different electricity-producing renewable energies: wind energy, photovoltaic energy, hydraulic energy, solid biomass, biogas, renewable urban wastes, geothermal energy, marine energies, thermodynamic solar energy). This issue includes a special focus on electric mobility. It proposes also a regional overview of these different electricity-producing renewable sectors. A focus is proposed for each French region.

[en] Illustrated by many maps, graphs and tables, this publication proposes a rather detailed overview of the status and development (production and location, employment, sector turnover, market and tariffs) of the different electricity-producing renewable energies: wind energy, photovoltaic energy, hydraulic energy, solid biomass, biogas, renewable urban wastes, geothermal energy, marine energies, thermodynamic solar energy). It also proposes a regional overview of these different electricity-producing renewable sectors, of the regional climate-air-energy schemes and regional grid connection schemes of the renewable power generation. A focus is proposed on each French region.

[en] Illustrated by many maps, graphs and tables, this publication proposes a rather detailed overview of the status and development (production and location, employment, sector turnover, market and tariffs) of the different electricity-producing renewable energies: wind energy, photovoltaic energy, hydraulic energy, solid biomass, biogas, renewable urban wastes, geothermal energy, marine energies, thermodynamic solar energy). It also proposes a regional overview of these different electricity-producing renewable sectors, of the regional climate-air-energy schemes and regional grid connection schemes of the renewable power generation. A focus is proposed on each French region.

[en] Illustrated by many maps, graphs and tables, this publication proposes a rather detailed overview of the status and development (production and location, employment, sector turnover, market and tariffs) of the different electricity-producing renewable energies: wind energy, photovoltaic energy, hydraulic energy, solid biomass, biogas, renewable urban wastes, geothermal energy, sea energy, thermodynamic solar energy). It also proposes a regional overview of these different electricity-producing renewable sectors, of the regional climate-air-energy schemes and regional wind schemes. A focus is proposed on each French region

[en] Illustrated by many maps, graphs and tables, this publication proposes a rather detailed overview of the status and development (production and location, employment, sector turnover, market and tariffs) of the different electricity-producing renewable energies: wind energy, photovoltaic energy, hydraulic energy, solid biomass, biogas, renewable urban wastes, geothermal energy, marine energies, thermodynamic solar energy). This issue includes a special focus on electric mobility. It proposes also a regional overview of these different electricity-producing renewable sectors. A focus is proposed for each French region